Foundation Repair in Collegeville, PA
Challenge
In Collegeville, a homeowner began noticing concerning changes in their detached garage. Over time, the concrete slab supporting the structure had started to settle, and the block foundation walls were visibly bowing inward. These symptoms often indicate deeper foundation instability, and the homeowner understood that if the issue continued to worsen, it could threaten the safety, usability, and long-term value of the garage. Recognizing the importance of addressing foundation problems early, the homeowner contacted Quality 1st Basement Systems to request a professional evaluation.
The process began with a call to our Customer Care team, who scheduled a comprehensive inspection. One of our experienced System Design Specialists, Greg visited the property to carefully examine the garage structure, the concrete slab, and the surrounding soil conditions. During the inspection, it became clear that the structure was experiencing foundation settlement. As the concrete slab shifted downward due to unstable soils beneath it, the movement placed pressure on the surrounding block walls, causing them to bow inward. Left unaddressed, this type of movement can continue to worsen over time, potentially leading to severe structural damage. To stabilize the garage and prevent further movement, our specialist recommended a two-part structural repair solution designed to address both the foundation settlement and the bowing walls.
Solution
The first step in the repair process involved the installation of Helical Piers. These engineered steel piers are designed to transfer the weight of a structure away from weak or shifting soils and down into deeper, stable soil layers. Our production team strategically installed the helical piers along the foundation of the garage. Using specialized equipment, each pier was carefully “screwed” into the ground until it reached stable load-bearing soil. Once properly installed, the piers were connected to the foundation, effectively redistributing the weight of the structure and stabilizing it.
While the helical piers addressed the foundation settlement, the bowing block walls required reinforcement to stop further inward movement. To accomplish this, our team installed our CarbonArmor Wall Reinforcing System. CarbonArmor straps are made from high-strength carbon fiber-reinforced polymers that are many times stronger than steel while remaining extremely thin and low-profile. The straps were carefully applied along the affected walls and bonded using a specialized structural epoxy that permanently adheres them to the masonry surface. Once installed, the CarbonArmor system locks the wall in place, preventing additional bowing and restoring structural stability without requiring bulky braces or intrusive reconstruction.
Project Summary
System Design Specialist: Greg Wagner
Foreman: Ash Ganatra
Foreman: Esau Aquino
